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Tag: Intel

  • Intel Acquires Pivot’s Smart Edge Platform: Eyes 5G Edge Computing Leadership

    Intel Acquires Pivot’s Smart Edge Platform: Eyes 5G Edge Computing Leadership

    Intel announced it has acquired the Smart Edge platform from Pivot Technology Solutions, Inc., a “cloud-native, scalable and secure platform for multi-access edge computing (MEC).”

    Edge computing allows data collected by Internet of Things (IoT) devices to be processed and analyzed closer to the point of collection, rather than being sent to far-away data centers. This gives organizations the ability to process critical data in near real-time. With the growth of the IoT, edge computing is predicted to reach $22.45 billion by 2024. The Smart Edge acquisition positions Intel to be a dominant player in the market as it grows.

    “This transaction enhances our ability to address the 5G network transformation with a leading position in edge computing,” says Dan Rodriguez, Intel vice president in the Data Center Group and general manager of the Network Compute Division. “We plan to take full advantage of our combined technologies and teams to accelerate the development of the edge computing market while creating a compelling solution for customers.”

    As part of the agreement, Intel and Pivot will sign a Preferred Partner Agreement, making Pivot an authorized Smart Edge reseller, as well as Intel’s non-exclusive Preferred Systems Integrator for systems based on the Smart Edge platform.

    “Intel is the right company and brand to advance and scale Smart Edge’s software solution,” said Kevin Shank, CEO of Pivot. “Our partnership with Intel will leverage Pivot’s core strengths as a technology integrator and service provider with Intel’s advanced technology solutions to drive the adoption of the Smart Edge platform. We look forward to collaborating with Intel to develop and take to market many new edge computing use cases.”

  • Arm Holdings Opens Its CPU Cores to Allow Custom Instructions

    Arm Holdings Opens Its CPU Cores to Allow Custom Instructions

    Forbes is reporting that Arm Holdings has taken a major step toward helping its processors compete even better and make them more appealing to customers.

    Arm designs processors and then licenses those designs to companies for use in their products. ARM CPUs are used across the entire computing spectrum, although they are most widely used in mobile devices, such as phones and tablets.

    According to Forbes’ report, Arm announced that it is opening its CPU cores to allow licensees to add custom instructions via a special block that’s integrated into the CPU’s cores. This will allow licensees to optimize chips for power, energy, differentiation and reduced costs. Best of all, thanks to how Arm is implementing the custom instructions, the reliability, security and predictability of the processors is unaffected.

    This will be a boon to companies who want the benefits of utilizing an existing design—rather than starting from scratch—but need more customization than is offered by standard, third-party chips.

    The first chip with the new capability, the Cortex M33, is due out in 2020.

  • Intel CEO: I Was Blown Away By Mobileye’s Autonomous Driving Technology

    Intel CEO: I Was Blown Away By Mobileye’s Autonomous Driving Technology

    “I went back to Israel a few weeks ago and I was blown away by how fast and how quickly their autonomous driving technology has developed,” says Intel CEO Bob Swan in reference to Mobileye. “We went through the streets of Jerusalem. Their technology increasingly builds our confidence for our ability to go from L2, L 2+, to L3 and to deploy automobiles for robo-taxi’s with our partner Volkswagen and Champion Motors in early 2022.” 

    Bob Swan, CEO of Intel, discusses Mobileye autonomous driving technology and predicts that autonomous robo taxis will be hitting the roads by early 2022. Swan was interviewed on CNBC:

    I Was Blown Away By Mobileye Autonomous Driving Technology

    We’re approaching our two-year anniversary since the acquisition of Mobileye. We couldn’t feel better about them being part of the broader Intel family. First, I’ll go back six months ago. Six months ago I was over in Israel and I took the Mobileye drive on the highways of Jerusalem. It was a flawless experience. But it’s on the highway so it’s not as challenging. They said we’re developing the technology so we can drive through the streets of Jerusalem. You should come back and visit in six months. 

    The streets of Jerusalem, it’s high-impact driving. It’s intense. So I went back a few weeks ago and I was blown away by how fast and how quickly the technology has developed. We went through the streets of Jerusalem. Their technology increasingly builds our confidence for our ability to go from L2, L 2+, to L3 and to deploy automobiles for robo-taxi’s with our partner Volkswagen and Champion Motors in early 2022. 

    Robo Taxi’s Will Happen Before Broad Adoption of Autonomous Driving

    Our belief is that applications like robo-taxi will happen before broad-based adoption of L5 autonomous driving. The reason is really twofold. One we believe the acceleration of autonomous driving will be greatly enhanced by the deployment of 5G and that’s going to take a few more years to be deployed. Secondly, and maybe more importantly, in the absence of compute at the network, the cloud is a little too far away and therefore you’d have to put more and more compute in the vehicle itself. 

    Putting more compute in the vehicle itself to manage the intricacies of autonomous driving can be pretty expensive. To get broad-based adoption of vehicles for autonomous driving you can’t have extremely expensive compute in the vehicle. In a robo-taxi environment, you can because you get to monetize that vehicle 24 hours a day seven days a week.

    Intel CEO Bob Swan: I Was Blown Away By Mobileye Autonomous Driving Technology
  • Opportunities To Grow in This Data-Centric Word Are Fairly Significant, Says Intel CEO

    Opportunities To Grow in This Data-Centric Word Are Fairly Significant, Says Intel CEO

    “This market is the largest market that we’ve ever seen,” says Intel CEO Bob Swan. “We view our market share as roughly 23-25 percent. The opportunities we have to grow in this increasingly data-centric world are fairly significant. Our expectations are that we will grow share as we go through the next several years so we’re excited about those prospects despite the current digestion period we’re going through.”

    Bob Swan, CEO of Intel, discusses significant growth projections for their high-performance products in an interview on Bloomberg Technology:

    Opportunities To Grow in This Data-Centric Word Are Fairly Significant

    Implied in our outlook for the full year we would be roughly at a 60 percent (margin) in 2019, which is a little lower than last year, and to a certain extent, that’s a good thing. I say that because we’re accelerating our transition to our next process node technology, what we call ten nanometer. When we go through those transitions the implications in the earlier stages of high-volume manufacturing is it has a dampening effect on gross margin. So this year we will be down a little bit from last year, but that was primarily driven on the progress we’re making in migrating to next node manufacturing technology.

    We look at the what we call the expanded TAM guide of roughly three $300 billion dollars of silicon TAM. That market is the largest market that we’ve ever seen. We view our market share as roughly 23-25 percent. The opportunities we have to grow in this increasingly data-centric world is fairly significant. Our expectations are that we will grow share as we go through the next several years so we’re excited about those prospects despite the current digestion period we’re going through.

    Focus is On Building the Best High-Performance Technology

    It’s an exciting time for the semi market. The opportunities to grow are fairly significant. In light of that, there’s increased competition intensity all over the place. Our focus is just on building the best products in the world. That’s always bringing technology, whether it’s to the data center market, whether it’s to the PC market, or whether it’s to the Internet of Things which is a growing part of our business, building the best high-performance technology in the world. That has stood the test of time. Our expectations are that we will continue to do that through 2019 and going forward.

    When you look at the large cloud service providers their growth rates continue to be extremely strong. Ultimately, those growth rates need to consume the kind of technologies that we’re deploying, whether it’s TPUs or whether it’s FPGAs, they need to consume the kind of technologies that we’re building. Their end-market growth remains relatively strong. So we believe that as they go through this digestion period that demand signals will begin to pick up and we will benefit from that increased demand.

    Opportunities To Grow in This Data-Centric Word Are Fairly Significant, Says Intel CEO


  • Intel Study Predicts What Technology Will Look Like in 50 Years

    Intel Study Predicts What Technology Will Look Like in 50 Years

    Intel recently released the Intel Next 50 Study which surveyed people on what they think technology will look like in the next 50 years. David Shaw, in Developer Relations at Intel and is part of the Intel Delta Force team explains:

    What do you think technology will look like in the next 50 years? Maybe we’ll all be driving flying cars. Maybe there’ll be sentient robots. Okay, That might sound a little bit out there, but Intel recently conducted a study to find out what people are most excited about regarding the future of technology.

    Intel’s Next 50 project aims to help researchers understand current attitudes towards technology and its role in day-to-day activities. It tries to paint a cohesive picture of what people think about technology and to identify key areas of excitement and concern.

    For starters, over 80 percent of people believe that smartphones NPCs will continue to be important in 50 years:

    But we can’t agree on everything. People are split on whether technology will bring them closer together or further apart from friends and family:

    People also have mixed views of artificial intelligence. Over one-third of those surveyed don’t believe they use AI today. This might sound a little uncertain but research has shown that there’s still a great deal of excitement around the future:

    According to the study, people express the most excitement towards familiar established technologies like computers and smartphones. The excitement even carried over to things like smart homes of which AI is a key building block:

    In particular, parents tend to be more excited about AI research which shows that this group is more likely than consumers overall to look to AI to increase their quality of life by automating everyday tasks:

    It doesn’t stop there either. Interestingly, they are also more trustful of artificial intelligence devices and according to the study tend to look forward to technologies predicting their needs:

    The study gives good insight into how people feel towards technology and it might give you the lead on what to create next, with Intel technology, of course. 

  • Intel to Make Chip With Built-In Spectre & Meltdown Malware Protection

    Intel to Make Chip With Built-In Spectre & Meltdown Malware Protection

    In January of this year, the revelation of memory-related vulnerabilities known as Spectre and Meltdown rocked the entire computing world—everyone had been sitting on top of a potential landmine for decades that hackers could have taken advantage of. After the initial shock wore off, various chip manufacturers immediately came up with a host of fixes and updates to deal with the discovered bugs. However, Intel is going a step further by redesigning its future processors to be completely Spectre/Meltdown-proof.

    The chip maker announced that its next-generation processors have been redesigned to incorporate new levels of protection against the Spectre variants. The assurance was made by Intel CEO Brian Krzanich who confirmed that the upcoming products will address these vulnerabilities through “partitioning.”

    As explained by Krzanich, this partitioning can be viewed as an extra layer of protection between running applications, which effectively addresses Spectre-like vulnerability issues. The redesigns will be implemented in the upcoming 8th-generation Core chips as well as Xeon Scalable “Cascade Lake” processors.

    “Think of this partitioning as additional ‘protective walls’ between applications and user privilege levels to create an obstacle for bad actors,” the Intel CEO explained in a blog post.

    It is not yet clear if the redesigns and the introduction of partitioning into its processors are going to negatively affect their computing speeds. However, Krzanich’s post seems to hint that performance might not be a big issue at all as he assured that Intel’s “goal is to offer not only the best performance but also the best secure performance.”

    Krzanich also gave assurance for those who are currently using older models of Intel processors. According to the CEO, the company’s processors launched in the past five years are now 100 percent protected against Meltdown and Spectre through software updates and fixes.

    Convincing the public about the safety of its products is critical for Intel at this moment. Recently, the chip maker was slapped with 30 class-action suits related to the vulnerabilities and was even criticized for trying to downplay the impact of the potential threat of Spectre and Meltdown vulnerabilities.

    [Featured image via Intel]

  • Intel Releases Xeon D-2100 Processor for Edge Computing

    Intel Releases Xeon D-2100 Processor for Edge Computing

    As technologies like automation, linked sensors, self-driving cars, and the Internet of Things (IoT) become more mainstream, new chip designs are needed. Intel is looking to answer those demands with the Xeon D-2100 processor. This new System-on-Chip (SoC) processor is designed specifically for edge computing, allowing devices to process data instead of sending it to the cloud.

    The Silicon Valley giant described its newest processor as building on the innovation and performance of the Xeon Scalable program. The Xeon D-2100 processor is expected to meet the distinct power and space requirements that edge computing demands. The chip can handle analytics, computing, data security, networking, and storage.

    Sandra Rivera, Intel’s Network Platforms Group’s Senior Vice President and General Manager, explained that in order to take advantage of the opportunities opened up by 5G and cloud networks, service providers have to enhance their data center and edge structure. Otherwise, they won’t be able to meet the demands of end users and their smart devices.

    Rivera added that the D-2100 processor makes it possible for “service providers and enterprises to deliver the maximum amount of compute intelligence at the edge of the web tier while expending the least power.”

    Intel’s new processors will also allow for CoSPs to provide high-performing, improved networking services with optimized performance using less power when using virtual customer premise equipment (vCPE) like encryption services and VPNs.

    The Xeon D-2100 processor is comprised of as much as 18 “Skylake-server” generation Xeon cores and QuickAssist Technology. It comes with around 100Gps of integrated cryptography, encryption, and decryption acceleration. Intel also gave assurances that the new processors will carry enhanced system software that safeguards against “Meltdown” and “Spectre” security exploits.

    Intel believes the new chip will be especially valuable in conjunction with 5G technologies, like virtual reality apps that are currently being developed for mobile devices. The company is also confident it will be helpful for use in communications networks like VPNs and wide area networks.  

  • Intel is Now Warning Customers NOT to Use its Spectre Patch Due to Flaws

    Intel is Now Warning Customers NOT to Use its Spectre Patch Due to Flaws

    If your PC is running on an Intel processor, it’s best not to run those Intel patches designed to address the Spectre vulnerability just yet. Apparently, Intel’s bug-fixing patch has a bug itself causing unwanted reboots.

    Intel issued an announcement Monday confirming that it has now identified the cause of the reboot issue experience by Intel users. Last week, numerous users complained of spontaneous reboots of their computers after installing Intel’s Spectre/Meltdown patch.

    Aside from confirming that the company has zeroed in on the problem, the post by executive vice president Navin Shenoy also issued recommendations for owners of affected Intel chips.

    “We recommend that OEMs, cloud service providers, system manufacturers, software vendors, and end users stop deployment of current versions on specific platforms as they may introduce higher than expected reboots and other unpredictable system behavior.” 

    Affected Intel chips include the Broadwell, Haswell, Coffee Lake, Kaby Lake, Skylake, and Ivy Bridge series. However, some models seem to be affected by the reboot bug more than others.

    According to Shenoy, an early fix is already available, but it is still being tested by industry partners. Once confirmed to be error-free the company will ”make a final release available once that testing has been completed.”

    So what does this announcement mean for PC users with affected Intel chips? If you own a Haswell or Broadwell-based CPU and have not yet made any updates relative to the Spectre/Meltdown bug, just continue to do nothing for the time being. Intel will announce when the new bug-free patch will be available.

    The entire computing world was shocked by the discovery of Spectre and Meltdown, vulnerabilities in the system that could be exploited by hackers. Apparently, everyone’s been sitting on the bug for more than two decades before it was discovered by experts.

    [Featured image via Intel]

  • Data is the Foundation of Innovation

    Data is the Foundation of Innovation

    Intel CEO Brian Krzanich told his Keynote audience at CES that data has now become the foundation of innovation. Data started as a static tool used by companies to see trends and process information, but it has now reached the point where it is the critical element that is driving technology and is revolutionizing all aspects of society.

    Below is an excerpt of Krzanich’s talk about data’s amazing impact on our world.

    Data is Driving the Technology Revolution

    Data is the unseen driving force behind the next wave of the technology revolution. In fact I think it is even bigger. Data is going to introduce social and economic changes that we only see perhaps once or twice in a century.

    In the 19th Century we saw this change with the combustion engine. That led to the rise of the automobile which ushered in the modern transportation system of trains, cars and planes. Just 50 years ago we saw another inflection point with the creation of the integrated circuit and the rise of the semiconductor industry. This is the story of Moore’s Law which has shaped every aspect of modern technology. We need to think about data changing our society in the same way.

    It is Time to Rethink the Importance of Data

    Data will redefine how we experience life in our work, at home, in school, and even how we enjoy sports and entertainment. It’s going to make possible experiences that know one has even started to imagine. I think the time has come for us to entirely think about the importance of data differently. The breakthrough came from computing power. Computing has become so fast and so powerful that we can now generate and capture information capable of prediction, decision making, recognition, and even thinking.

    What Do We Mean by Data?

    Let’s start with some basics. Almost everything associated with technology generates data. Any device with a plug, every email, every podcast, every picture you post on Instagram, and even the blog you are writing about this Keynote tonight. All of it creates and shares an incredible amount of data, and it’s all connected. Today, the cloud is filled with billions of bytes of data, going from our devices to the data center and back again. We’ve created literally a flood of data.

    That’s really staggering, by 2020 the average person will generate one and a half gigabytes of data a day, which is about 2 times what a person creates today! That’s small in comparison to an autonomous car which will generate about 4 terabytes of data per day, or 2,500 times the data a person will generate. A connected airplane will generate about 40 terabytes a day and a smart factory will generate 1 petabyte of data per day. That’s the equivalent of 700 thousand people.

    That data is moving all around us at an unimaginable speed. That speed allows the device in your hand to make decisions in an instant, and this is a big shift in how edge devices provide value.

    All Technology Starts with Data

    There was a time when data was something that was stored and processed and very carefully shared. Some businesses would analyze that data and that led to some pretty interesting insights, but basically data was a static commodity. All that has shifted in just the last few years. Today, data is the foundation of innovation.

    Almost everything you will see here at CES, virtual reality, smart cities, autonomous driving, and above all artificial intelligence, all start with data. People have been writing about artificial intelligence since the 1950’s, but what we are seeing emerge today is a rush of breakthroughs using data and AI. This includes facial recognition, devices controlled by voice commands, robots, autonomous vehicles, and even art itself.

    Art and space are just two examples of how data is going to reshape our world. Devices operated by voice command, visual intelligence and precision medicine… I spent my whole life watching technology dramatically leap forward, and the advances with data and AI we’ll see in the coming years will dwarf all of that.

    If you are impressed in what you see today, well stay tuned. We are still discovering new ways to apply the power of artificial intelligence and data and these discoveries will impact almost every sector and that is what is meant to reimagine data.

    Watch Intel CEO Brian Krzanich’s full CES keynote below:

  • Intel Steps Into AI, Debuts Nervana Neural Network Processor

    Intel Steps Into AI, Debuts Nervana Neural Network Processor

    Intel might not have taken to AI immediately but the company is now scrambling to catch up. In a bid to assert its dominance, the Silicon Valley stalwart recently unveiled the Intel Nervana Neural Network Processor (NNP). These range of chips were designed specifically with artificial intelligence in mind.

    Since they are intended for AI, Intel has partnered with Facebook in the design and development of these neural chips. According to Intel CEO Brian Krzanich, the chips could usher in new kinds of AI applications that could change social networks, the health industry, cars and even weather forecasts.

    The technology behind the chips is undoubtedly tied to Nervana Systems, a company that Intel bought for $350 million last August. Since acquiring the deep learning startup, Intel has been sending teasers about the NNP line under the code “Lake Crest.” The resulting neural chips are an integral part of the company’s goal to establish deep learning models’ speedy training time.

    Since the NNP is designed to meet the demands of machine learning, it’s likely that the chips won’t be found on personal computers but in data centers. Intel CPUs might have a strong presence in server stacks, with a 96% market share in data centers, but present AI workloads are better handled by the graphical processors (GPUs) of ARM and NVIDIA. This is why the demand for their chips have risen astronomically. Even Google has gotten in on the action with its Tensor Processing Unit (TPU), which the company uses to power its cloud servers. Meanwhile, firms like Graphcore are also looking to break into the industry.

    The question now is how fast are Intel’s neural chips. Unfortunately, the company is keeping mum on the details. When Google launched the newest version of its TPU chips, the company published test results it conducted against its rivals. In Intel’s case, the company would only say that it’s on its way of meeting its objective of advancing deep learning speeds by as much as 100 times and that it intends to achieve this by 2020.

    To meet its goal, NNP has to perform better than NVIDIA’s V100 GPU and Google’s second-gen TPU. But there’s a strong possibility that Intel would be able to meet this mark and more, especially since the company has its 14nm process technology on hand.

    Intel is also keeping quiet on when the NPP chips will hit the market, although more details are expected to come out soon. There are some rumors that the new neural chips could be available in limited quantities by the end of the year.  

    [Featured image via Intel]

  • Microsoft Launches Latest Surface Pro With 13-Hour Battery Life

    Microsoft Launches Latest Surface Pro With 13-Hour Battery Life

    Microsoft unveiled the new Surface Pro during a recent event in Shanghai, touting faster performance for the gadget on the strength of its seventh-generation Intel Core processor.

    These processors, dubbed Kaby Lake, are supposed to be 35% faster than the fourth-generation chips. It’s not clear, however, how these new processors will fare compared to the sixth-generation series, or the Skylake, since they are built on the same 14nm architecture. Although some reports claim that the Microsoft Surface Pro will be faster and have a longer battery life.

    Microsoft says that there is a 20% improvement in performance for the new Surface Pro compared to its previous iteration. In terms of battery life, user will be able to use it for about 13 hours from a full charge, which is about a 50% improvement from the old device. For comparison, the MacBook Air can only last 12 hours before needing a charge.

    At first glance, there seems to have been no changes made to the physical design, although the thinner and lighter new Surface Pro is more rounded and less edgy. The 12.3-inch Pixel Sense touchscreen display has been retained, but it doesn’t have a USB-C port, but rather the USB 3.0 Type-A, as well as the patented Surface Connect port. There’s also a microSD card slot and a mini DisplayPort.

    The biggest change, perhaps, is the kickstand which can now lie almost flat on the table. This modification will come as good news for digital artists.

     

    The new Microsoft Surface Pro starts at $799, with the Surface Pen and the keyboard accessory sold separately. These two accessories are available in platinum, cobalt blue, black and burgundy.

    The new stylus is billed to have less input lag, as Microsoft quadrupled the sensitivity from 1024 levels of pressure to 4096. The buyer can also use the same pen as a creation tool on the Surface Dial.

    It’s interesting to see how the new Surface Pro will impact the sagging laptop industry, which has been spiraling down for the past nine years now. For its part, Microsoft’s Surface line fell 26% based on first quarter data against the same period in 2016.

    The new Pro joins the growing Microsoft Surface family, including the Surface Book, the Surface Laptop, and the Surface Studio PC. Microsoft Surface Pro will come in three variants, the Core i7, Core i5, and Core M, and will launch in June of this year. Pre-orders will start next week.

  • Microfluidic Cooling May Keep Moore’s Law Intact

    Michael Kassner, a freelance writer, wrote a very interesting article published at TechRepublic on how microfluidic cooling might be the answer to preventing Moore’s Law from petering out. Moore’s Law is the observation made in 1965 by Gordon Moore, co-founder of Intel, that the number of transistors per square inch on integrated circuits had doubled every year since the integrated circuit was invented and would continue for the foreseeable future. However, Moore’s Law is under threat because existing technology is not able to keep microchips cool while still adding more processing power.

    Intel has an interesting website and video celebrating Moore’s Law:

    Fortunately, the Federal Government is working on a solution. DARPA has a program called ICECool Applications (ICECool Apps) which they describe as follows:

    ICECool is exploring disruptive thermal technologies that will mitigate thermal limitations on the operation of military electronic systems, while significantly reducing size, weight, and power consumption (SWaP). The specific goal of ICECool Applications is to enhance the performance of RF power amplifiers and embedded computing systems through the application of chip-level heat removal with kW-level heat flux and heat density with thermal control of local submillimeter hot spots, while maintaining these components in their commonly-accepted temperature range by judicious combination of intra- and/or interchip microfluidic cooling and on-chip thermal interconnects.

    Lockheed Martin is working with DARP on microfluidic cooling solutions. “Right now, we’re limited in the power we can put into microchips,” says John Ditri, the Principal Investigator on Lockheed Martin’s ICECool effort. “One of the biggest challenges is managing the heat. If you can manage the heat, you can use fewer chips and that means using less material, which results in cost savings as well as reduced system size and weight. If you manage the heat and use the same number of chips, you’ll get even greater performance in your system.”

    Screen Shot 2016-06-10 at 11.28.57 AM

    As Lockheed Martin describes it, “This research program could ultimately lead to a lighter, faster and cheaper way to cool high-powered microchips – by cooling the chips with microscopic drops of water. This technology has applications in electronic warfare, radars, high-performance computers and data servers.”

    Here’s is the current progress of the ICECool program per Lockheed Martin:

    Phase I of the ICECool program verified the effectiveness of Lockheed’s embedded microfluidic cooling approach by demonstrating a four-times reduction in thermal resistance while cooling a thermal demonstration die dissipating 1 kW/cm2 die-level heat flux with multiple local 30 kW/cm2 hot spots. This is about four to five times more heat per unit area than most current chips dissipate, paving the way for future chip advancements.

    In Phase II of the program, the team has moved on to cooling high power RF amplifiers to validate the electrical performance improvements enabled by improved thermal management. Utilizing its ICECool technology, the team has been able to demonstrate greater than six times increase in RF output power from a given amplifier, while still running cooler than its conventionally cooled counterpart.

    In its ongoing effort to move the technology out of the laboratory and into the field, Lockheed Martin is developing a fully functional, microfluidically cooled, transmit antenna prototype to increase the technology readiness level (TRL) of this technology. This will lay the foundation for possible insertions into future electronics systems.

    Lockheed Martin is working with Qorvo to integrate its thermal solution with Qorvo’s high performance GaN process; a relationship that will help unleash the full potential of GaN semiconductors by removing current thermal barriers. The Lockheed Martin approach is also applicable to other current and future die technologies, such as existing Gallium Arsenide (GaAs) and future GaN on Diamond when it becomes available.

    Lockheed Martin’s ICECool embedded thermal management approach removes thermal barriers to harness GaN’s full RF power handling capability. In addition to revolutionizing the way GaN amplifiers are implemented, this technology will benefit any high heat flux Integrated circuit application, including signal processing and high performance computing.

  • Microsoft And Others Work on IoT Standards For Companies And Developers

    Microsoft And Others Work on IoT Standards For Companies And Developers

    Tech heavyweights including Microsoft, Samsung, Intel, Qualcomm, Cisco, ARRIS, Electrolux, CableLabs, and GE Digital announced the formation of the Open Connectivity Foundation (OCF) aimed at helping to unify Internet of Things (IoT) standards so businesses and developers can create IoT solutions and devices that cooperate with one another.

    According to the announcement, the OCF, which unifies the former Open Interconnect Consortium (OIC) with various companies, will work to accelerate industry innovation and collaborate on specifications, protocols, and open source projects so that a wide range of consumer, enterprise, and embedded devices and sensors from a variety of makers can seamlessly (and securely) work together.

    The goal is to make it so that billions of connected devices, appliances, phones, computers, and industrial machines can communicate with one another regardless of manufacturer, operating system, chipset, or transport.

    Terry Myerson, EVP, Windows and Devices Group at Microsoft said, “The OCF will help consolidate industry attention and create opportunity, via an agreed upon set of protocols that move the world forward. We are designing Windows 10 to be the ideal operating system and Azure to be the best cloud companion for Things, and for both of them to interoperate with all Things. Windows 10 devices will natively support the new OCF standard, making it easy for Windows to discover, communicate, and orchestrate multiple IoT devices in the home, in business, and beyond. We look forward to seeing the innovation this new standard will enable for all customers and the endless opportunities it will create for developers.”

    “OIC has been working to develop a standard specification for IoT devices, and at the same time developing IoTivity as an open source reference implementation,” said SeungHwan Cho, Executive Vice President and Deputy Head of Software R&D Center at Samsung. “We welcome these leaders in their fields to OCF, which we believe will become the most diverse global organization developing IoT standards and code.”

    You can learn more about the Foundation and peruse various resources here.

    Image via OCF (Twitter)

  • Could Google Glass Find Success After All?

    While Google Glass hasn’t even had a proper consumer launch yet, many have already written of its impending demise. People seem to have already lost interest in a product that you still have to be part of the Explorer Program to purchase. But the book on Glass may not be closed just yet.

    Do you think Google Glass has a chance of becoming a successful product? Do you envision a significant number of people wearing the device? Let us know what you think in the comments.

    Last week, the Blogosphere had essentially written the epitaph for Google Glass, but a new report indicates that Google is just getting started with the device.

    The Wall Street Journal reports that Google has entered into a deal with Intel, which will see the latter replacing Texas Instruments as the chipmaker for Glass. There will reportedly be a new version of Glass, which features a chip from Intel, and Intel will help market the device for workplace purposes.

    According to the Journal, it will specifically focus on hospital networks and manufacturers, but will also develop new workplace uses. Google reportedly uses Intel chips in some or its other devices including its self-driving cars and Nexus Player.

    The device is of course already in use by some healthcare facilities and manufacturers. BMW, for example, is using it to help evaluate vehicle quality.

    MIT’s Technology Review recently proclaimed Google Glass dead. Here’s an excerpt from that piece, giving some explanation of this reasoning:

    It’s not even close to being something people yearn for, at least not beyond the Glass Explorers who each paid $1,500 for early access.

    Although Google says it’s still committed to Glass, several companies, including Twitter, have stopped working on apps for it. Babak Parviz, the creator of Glass, left Google in July for a job as a vice president at Amazon, where he’s looking into new areas of technology. Even some of the early adopters are getting weary of the device. “I found that it was not very useful for very much, and it tended to disturb people around me that I have this thing,” says James Katz, the director of emerging media studies at Boston University’s College of Communication.

    Wired says the only way to save the device is to kill it. This article basically makes the case that Google shouldn’t focus on the hardware of Glass, but should just let others make better products using the platform, not unlike the company’s approach to Android.

    Reuters discusses the decreased interest in Glass from developers.

    If you ask me, Google should fast track the contact lens version (they’ve already got one type of smart contacts), which automatically removes the element of people not wanting to look like dorks wearing the device. Of course that won’t do much to quell the privacy concerns.

    As far as Glass, the good thing for Google is that Google Glass addiction is already a thing.

    As my colleague Josh Wolford shared a couple months ago:

    The case comes from a study published in the journal Addictive Behaviors, where a man is said to have the first case of “internet addiction disorder involving the problematic use of Google Glass.”

    According to researchers, the man – who was being treated at the Navy’s Substance Abuse and Recovery Program – displayed alarming behavior when deprived of his beloved Google Glass. He’d been using the wearable tech for upwards of 18 hours a day.

    “The patient exhibited a notable, nearly involuntary movement of the right hand up to his temple area and tapping it with his forefinger. He reported that if he had been prevented from wearing the device while at work, he would become extremely irritable and argumentative,” says the study.

    That’s probably not a good thing for society, but it would seem to suggest that there as element of “getting hooked” that has been experienced by some.

    Does Google Glass stand a chance or is it destined to fail? Share your thoughts in the comments.

    Image via Google

  • Android Wear: Google Unveils Smartwatch Platform

    Android Wear: Google Unveils Smartwatch Platform

    Google-based smartwatches have been rumored for quite some time, and today, the company finally revealed it its platform for such wearables: Android Wear.

    Android Wear is described as a project that extends Android to “wearables,” and they’re just starting with watches. The company is already working with Samsung, Asus, HTC, LG, and Motorola as well as chip makers Broadcom, Imagination, Intel, Mediatek and Qualcomm. It’s also working with fashion brands like the Fossil Group.

    There’s a whole lot of “Ok Google” involved. Check it out:

    Google says Android Wear will show you info and suggestions you need “right when you need them”. You know, Google Now basically, but from a watch (or whatever else ends up utilizing it). But third-party apps will make or break this thing.

    “The wide variety of Android applications means you’ll receive the latest posts and updates from your favorite social apps, chats from your preferred messaging apps, notifications from shopping, news and photography apps, and more,” says Sundar Pichai, SVP, Android, Chrome & Apps.

    “Because Android for wearables works with Android’s rich notification system, many apps will already work well,” he says.

    The developer preview is out.

    Google says more developers and APIs are on the way. I guess we can expect plenty on this at Google I/O this year.

    Consumers can expect to see products for sale later this year.

    Image via Google

  • Verizon to Acquire Intel’s IP TV Initiative

    In 2012 it was revealed that Intel was looking to enter the TV industry in force, bringing streaming IPTV and a change to the way cable subscriptions work. Like Apple’s rumored TV plans, however, Intel’s TV ambitions were thwarted by cable companies currently very comfortable with their regional monopolies.

    Today it appears that Intel has given up on IPTV for good. Verizon today announced that it will acquire Intel Media, Intel’s clould TV products and services division. The terms of the deal, including Verizon’s offer, have not been revealed but the transaction is expected to close sometime “early in the first quarter of 2014.”

    Through the purchase Verizon will receive all of the rights to Intel’s OnCue IPTV platform. The former Intel Media will continue to be operated out of its current Santa Clara location and will be run by Intel’s current management. Verizon has stated that it will make offers to the estimated 350 Intel employees currently working at Intel Media.

    As part of its statement on the purchase, Verizon stated that Intel Media will be used to accelerate its plans for IPTV video over its FiOS network. The OnCue platform will be combined with Verizon’s new network video-delivery services to expand the provider’s video offerings, perhaps even through its mobile network.

    “The OnCue platform and team will help Verizon bring next-generation video services to audiences who increasingly expect to view content when, where and how they want it,” said Lowell McAdam, CEO and chairman of Verizon. “Verizon already has extensive video content relationships, fixed and wireless delivery networks, and customer relationships in both the home and on mobile. This transaction provides us with the capabilities to build a powerful, capitally efficient engine for future growth and innovation. We will have the opportunity to enhance, expand, accelerate and integrate our delivery of video products and services to better serve audiences on a wide array of devices.”

  • Intel Revenue Up 3% During the Fourth Quarter

    Intel this week revealed its fourth quarter earnings, showing that the company took in $13.8 billion in revenue during the holiday season. This represents a 3% increase over its fourth quarter 2012 earnings. Operating income for the fourth quarter was up 12% year-over-year to $3.5 billion and earning per share increased $0.51, a 6% increase over the fourth quarter 2012.

    “We had a solid fourth quarter with signs of stabilization in the PC segment and financial growth from a year ago,” said Brian Krzanich, CEO of Intel. “We’ve built a strong foundation for our business by bringing innovation to the market more quickly across a wide range of computing platforms. For example, at CES, we demonstrated multiple devices that weren’t on our roadmap six months ago.”

    Despite these encouraging fourth quarter numbers, the company’s annual results show that even Intel is not immune to the continuing downturn in the PC market. Intel’s 2013 revenue topped $52.7 billion, down 1% from the $53.3 billion it posted for the year 2012. Operating income for 2013 fell 16% year-over-year to just $12.3 billion and earning per share fell 11% to just $1.89.

    Despite the overall slowed growth for 2013, Intel did post some encouraging numbers for the year. Though the company’s PC Client Group revenue declined 4% to just $33 billion, Intel’s Data Center Group revenue was up 7% from 2012 to $11.2 billion. This could mean that Intel is well-placed within the computing industry to weather a long-term shift from traditional PCs to mobile devices – both in the consumer market and for enterprise. Other traditional PC companies such as Dell and HP have also begun to re-focus their company efforts on enterprise software and security.

  • Intel Ditches McAfee Brand, John McAfee Gives Thanks

    Intel announced the launch of a new Intel Security brand, and that all McAfee products will be transitioned over to this brand over time.

    The company bought McAfee for $7.6 billion in 2010.

    “The complexity of keeping digital identities safe grows as mobile applications and devices become a more important part of our daily lives,” said CEO Brian Krzanich. “Intel’s intent is to intensify our efforts dedicated to making the digital world more secure, and staying ahead of threats to private information on mobile and wearable devices.”

    He also announced plans to offer elements of McAfee’s security solutions for mobile devices for free, promising further details in the coming months.

    McAfee founder whose name has been in the news a lot in the past year due to the murder of his neighbor in Belize and McAfee’s ensuing saga, couldn’t be happier that his name is being stripped away from Intel’s security products.

    If you’ll recall, McAfee put out a rather humorous video last year about the frequent emails he receives in relation to the software (it really is worth a watch):

    McAfee actually wrote a blog post last month calling for Intel to move on from the McAfee name, and calling upon the Internet to help them come up with some ideas.

    He wrote (link in the above tweet), “I would be thrilled to finally free myself, my image, and my name (which I had long before I created McAfee Associates, and am far too old to change.) In an effort to avoid years of increasing public humiliation, public relations nightmares, and negative associations with a company who’s recent reputation has been less than stellar in it’s industry, I would like to make the following offer to anyone interested.”

    He then asked for help compiling a list of possible new names for McAfee Corp. to get to the company promising that if a person’s name was selected, he’d provide them with a full year subscription to Norton Antivirus Software and dinner in a city of their choosing.

    Image: John McAfee

  • Intel to Open ‘Pop-Up’ Retail Stores Next Week

    Intel to Open ‘Pop-Up’ Retail Stores Next Week

    Intel today announced that it will open its first ever “pop-up” stores in major cities in the U.S. The stores will appear starting next week in New York, Chicago, and Los Angeles.

    The idea behind the stores, according to Intel, will be to highlight tablets, notebooks, PCs, and hybrid devices that are based on the company’s processors. Customers will be able to browse a variety of devices and “Intel technology experts” will be on-hand to provide shopping and tech advice. The stores will also allow customers to take devices home for a test-drive before purchasing them.

    “The Intel pop-up stores are designed to be far more than a traditional retail or product showcase, but rather an experience,” said Kevin Sellers, director of Creative Services at Intel. “We’re engaging the local community with a daily schedule of events and entertainment, while offering hands-on access to, and in-store demonstrations of, the latest Intel-based devices available for the holidays – all in a fun, relaxed neighborhood environment.”

    Instead of being static showroom floors Intel’s stores will be dynamic, changing in purpose throughout each day. Intel stated that each store will begin as a “community hub” when they open, then shift to become a “technology showcase” in the afternoon. During the evenings the stores will become “an entertainment hot spot.” Activities available at the stores will be changing daily, with community speakers speaking on various topics and free movies being screened on Fridays.

    To better position the stores as a community initiative, Intel has chosen what it considers to be trendy locations. The store in Los Angeles will be located in Venice, while the Chicago and New York locations will be in Lincoln Park and Nolita, respectively. The New York Intel pop-up store will open on Saturday, November 23 and the other two locations will open early next week. All of the stores will stay open throughout the holidays and close on January 25, 2014.

  • Broadwell Intel Chip Delayed, Beware PC Delays

    During Intel’s Tuesday earnings call, the company announced a delay in production for its Broadwell processors, according to PC World. The setback is due to a manufacturing glitch, which analysts assert may postpone the launch of technologies based on the germinal chip.

    CEO Brian Krzanich reported that the problem stemmed from the 14-nanometer process with which the chips are created and production will resume once fixes are implemented. “While we are comfortable with where we are at with yields, from a timing standpoint, we are about a quarter behind our projections,” Krzanich said. “As a result, we are now planning to begin production in the first quarter of next year.”

    Manufacturing problems are rare for Intel, which regularly releases new chips annually. In this case, Kraznich blames “yield” problems, or how many good chips can be produced from each silicon wafer. The last delay of a major chip was for the Pentium 4, over 10 years ago.

    The Broadwell is the successor of the Haswell line of Core processors. The Haswell uses a 22-nanometer process; talking nanometer processes refers to the dimensions of circuits inscribed on the chips.

    Intel promises 30 percent more power-efficiency and speed over the Haswell. That is, once the Broadwell is released. The snowball effect of a delayed chip may stall release dates for PC makers.
    Mario
    Intel reported fiscal 3rd quarter numbers Tuesday, with a top-line revenue of $13.5 billion and a net income of only about 20 percent, at $3 billion.

    Krzanich has had a little over five months as CEO, succeeding Paul Otellini, who racks up 40 total years at Intel. Unanimously elected to the head post, Krzanich started at Intel in 1982 and was most recently chief operating officer as of January 2012.

    Rather than bemoaning the Broadwell via Facebook on Tuesday, Intel waxed nostalgic, celebrating 30 years of Mario at an Intel-built interactive Museum of Mario.

    [Images via Intel Facebook.]

  • Apple’s New iMacs Go On Sale Today

    Apple’s New iMacs Go On Sale Today

    The iMac may not get as much love as it used to, but it’s still one of the best all-in-one desktop computers around. Now Apple’s making it a little better with a revamped model that’s shipping out today.

    Apple announced this morning that the new and improved iMac is now available at its online store, physical Apple retail stores and other retail outlets. The new iMac comes equipped with Intel’s new Haswell CPUs, new GPUs, better Wi-Fi and PCIe flash storage options.

    “iMac continues to be the example that proves how beautiful, fast and fun a desktop computer can be,” said Philip Schiller, Apple’s senior vice president of Worldwide Marketing. “Inside its ultra-thin aluminum enclosure, the new iMac has the latest Intel processors, faster graphics, next generation 802.11ac Wi-Fi and faster PCIe flash storage.”

    So, what’s in these new iMacs? Each iMac now comes with an Intel Haswell CPU. The base model comes equipped with a 2.7GHz quad-core Intel Core i5 CPU whereas the the top of the line model comes with a 3.5GHz Intel Core i7.

    As far as graphics are concerned, new iMac owners have a couple of options. The base model comes with integrated Iris Pro graphics. It’s good enough for your daily computing needs, but those looking for more power can choose from Nvidia’s new 700 series of GPUs. The base Nvidia model comes with a GT 750M whereas the top of the line model comes with a GTX 780M complete with 4GB of VRAM.

    As far as memory is concerned, every iMac comes with 8GB of RAM and a 1TB hard drive. This can, of course, be upgraded up to 32GB of RAM and a 3TB hard drive. The new iMacs also comes with two Thunderbolt ports and four USB 3.0 ports.

    For those looking for faster memory, customers can also choose to outfit their iMac with what Apple calls the Fusion Drive. It may sound far out, but it’s just a fancy name for a hybrid drive – a traditional hard drive combined with flash storage for faster boot up times. If you want something even faster, you can take out a second mortgage on your home to afford the 1TB SSD option.

    If you find yourself needing a new iMac, you can pick up the 21.5-inch base model today for $1,299. The 27-inch top of the line model will run you $1,999. If you want to go all out with a 1TB SSD and a GTX 780M GPU, you’ll have to fork over $3,949.

    [Image: Apple]